ENVIRA IoT is specialized in the development of computer systems for environmental monitoring and IoT platform for collecting, storing and analyzing the physical signals captured by the sensors networks.

ENVIRA's IoT calibration laboratory has qualified professionals with extensive experience, which guarantees maximum precision in calibrations and ensures their traceability to national or international patterns.

ENVIRA DS receives the information or acquires it through modules connected to other systems, stores it and allows the user the access and exploitation of that information.

Hardware Requirements

ENVIRA DS is a Scada system based on an architecture of components, designed so that each node in a monitoring network can be easily installed and maintained, from the equipment in the field (Edge) to the control center.

ENVIRA DS uses the experience acquired from more than 10 years for implementations in any kind of industrial environments: harbors, cement plants, power generation plants, chemical industries, steel mills, etc., with more than a hundred references.

FEATURES

Performance

The system ENVIRA DS has been designed to ensure maximum performance, reliability, safety and strength in the acquisition, processing and exploitation of data from sensor networks.

With very reduced requirements, as regards memory and processor demand, SCADA ENVIRA DS is the ideal product for control and monitoring equipment in plants or in control rooms.

Interoperable

ENVIRA DS implements mechanisms to ensure its interoperability with any kind of IoT systems and platforms through standard protocols such as REST, MQTT or CoAP, as well as with industrial systems through Modbus, SPI, etc.

GUI

ENVIRA DS allows to read and monitor both real-time and history data by means of web dashboards that can be easily tailored by the final user, from an extensive catalogue of graphic widgets, among them: tables, maps, graphics, wind roses, dials, etc.

Analytics

The modules for data analytics in ENVIRA DS implement algorithmic packages for processing, validating and exploiting the raw data captured by sensorics, as well as its treatment, to generate useful information and help in decision making. These modules allow, among other functionalities, to make statistical calculations for the control of immission/emission according to the law, to identify anomalous situations and to handle the warnings automatically, sending messages or e-mails to the technicians, or even activating actuating elements in the automatic control system if necessary.

ADVANTAGES

Taylored modular system.

Management modules that can be installed in other network-connected machines.

Powerful system for generating graphics (synoptics, trends, etc.).

Management of alerts via SGM, e-mail, etc.

Communication with other systems.

Remote control of calibrations.

Communications from a remote station or point of acquisition to the control centre

Administration of the control centre, supplying a system in the cloud to be accessed both by the final client and by the people responsible for the exploitation of the network.

All data are stored in the cloud and can be downloaded to local devices with data export tools.

Access to the information through remote desktops or websites.

Web service to access data from other applications of the user, such as mobile apps.

HARDWARE REQUIREMENTS

It does not require special hardware. Any last-generation computer can support this software.